The rated values of two bulbs are `(P_1, V)` and `(P_2, V)`. Find actual,power consued by both of them of they are connected in
a. series
b. Parallel
and `V` potential difference is applied cross both of them.

The rated values of two bulbs are (P_1, V) and (P_2, V) . Find actual power consumed by both of them of they are connected in a. series b. Parallel and V potential difference is applied across both of them.

Two bulbs are rated as 220 V-100W and 220 V-60 W. How much power will be consumed when both of them are connected in series across the supply of 220 V ?

Two electric bulbs are connected one by one across potential difference V At that time power consumed in them are P_1 and P_2 respectively. Now, if potential difference V is applied across series combination of these bulbs, what will be total power consumed ?

Two bulbs are rated (P_1, V) and (P_2, V) . If they are connected (i) in series find the power dissipated in the two combination in terms of P_1 and P_2 ?

Two capacitors of capacitance C_1 and C_2 are connected in series and a voltage V is applied across them.'What is the P.D. across C_1 :

Two capacitances of capacity C_(1) and C_(2) are connected in series and potential difference V is applied across it. Then the potential difference across C_(1) will be

Two capacitances of capacity C_(1) and C_(2) are connected in series and potential difference V is applied across it. Then the potential difference across C_(1) will be

A 2.0 mu F capacitor and a 4.0 mu F , capacitor are connected in parallel across in 300V potential difference (a) What is the total energy stored by them? (b) They are next connected in series across that potential difference. What is the ratio of the total energy stored by them in the parallel arrangement to that in the series arrangement?